EV Charging & E-Mobility Solutions Catalogue

Portfolio Overview

AC Chargers 7/11/22 kW

World Prime Services AC charging solutions are engineered for everyday charging environments where vehicles remain parked for extended periods. The range is suitable for residential, condominium, workplace, hotel, retail, office and destination charging projects.

• Rated power options: 7 kW, 11 kW and 22 kW.
• Mode 3 AC charging architecture.
• Wall-mounted or pedestal / column-mounted installation options.
• Type 2 connector configuration for international applications; alternative connector configurations may be specified by project.
• RFID, application-based or intelligent start options depending on configuration.
• OCPP network communication options for smart charging and operator integration.
• Multiple electrical protection functions including over-voltage, over-current, leakage and short-circuit protection.
• Outdoor-ready enclosure options for commercial and semi-public installations.

Technical Specifications

Galaxy Series — Compact DC Fast Charger

The Galaxy Series is a compact DC fast-charging platform designed for locations where space efficiency, low acoustic impact and reliable fast charging are important. Typical installations include commercial buildings, dealerships, urban parking facilities, hotels, service areas and fleet support points.

• 30 kW and 40 kW rated power configurations.
• Compact wall-mounted or column-mounted installation.
• Mode 4 DC charging.
• 7-inch touch-screen user interface on applicable configurations.
• 4G and Ethernet networking.
• Industrial communication interfaces may include RS485, RS232 and CAN.
• RFID, plug-and-charge, password and QR-code charging options.
• Time, power, cost, automatic full-charge and scheduled charging modes.

Technical Specifications

Vision Plus Series — 160 kW Advertising Display DC Charger

The Vision Plus Series integrates high-power DC charging with a large digital advertising display, creating a combined charging, payment and communication platform for high-visibility commercial locations.

• 160 kW rated output power.
• Dual CCS2 charging guns, with optional CCS1 or GB/T configurations.
• 32-inch 1920 × 1080 advertising display.
• High-brightness screen suitable for commercial visibility.
• POS, card, password and QR-code charging / payment workflows.
• Automatic power allocation during dual-gun operation.
• 200–1000 Vdc output range for broad EV platform compatibility.
• Integrated cabinet design with 4G or Ethernet connectivity.

Technical Specifications

Starpath Series — 60–400 kW High-Power DC Fast Charger

The Starpath Series is a high-power integrated DC charging platform designed for public charging stations, highways, fleets, industrial sites, logistics facilities and demanding operating environments.

• Wide rated power range from approximately 60 kW to 400 kW.
• Broad 200–1000 Vdc vehicle charging range.
• Flexible power distribution to improve charger utilization and operating stability.
• Multiple start methods including scheduled charging, QR code, card, password, VIN and POS depending on configuration.
• Designed for challenging environments including industrial locations, mines, high-altitude applications and cold climates.
• Comprehensive electrical and thermal protection architecture.

Technical Specifications

Omni Point Series — Multi-Standard AC/DC Charging Solution

The Omni Point Series is engineered for sites serving a mixed population of electric vehicles and plug-in hybrid vehicles. Multi-connector configurations combine DC and AC charging standards within a single integrated platform.

• Support for CCS1 / CCS2, CHAdeMO and GB/T DC configurations depending on project.
• Type 1 / Type 2 / GB/T AC support depending on configuration.
• Three-gun architecture suitable for mixed vehicle populations.
• RFID, password, QR, VIN and application-based charging options.
• Anti-corrosion cabinet and outdoor-oriented construction.
• Operating voltage capability up to 1000 Vdc on applicable DC outputs.

Technical Specifications

Aurora Series — Liquid-Cooled Ultra-Fast Charging System

The Aurora Series uses a centralized high-power host with multiple charging terminals, allowing dynamic power distribution across multiple vehicles. Liquid-cooled charging technology enables very high connector current while supporting dense, high-utilization charging hubs.

• Host power platforms: 420kW, 720 kW, 960 kW, 1200 kW and 1600 kW.
• Dynamic DC power allocation to connected charging terminals.
• Standard fast-charging and liquid-cooled ultra-fast terminal options.
• Maximum connector current up to approximately 1200 A on selected liquid-cooled configurations.
• 200–1000 Vdc charging range.
• Real-time monitoring, OTA update capability and multiple authentication methods.

Technical Specifications

Split-Type High-Power Charging Systems

Split-type charging architecture separates the centralized power conversion cabinet from the charging terminals. This approach is suited to large charging hubs where multiple vehicles must be charged simultaneously and where centralized power allocation improves site utilization.

• Centralized power cabinet with multiple remote charging terminals.
• Dynamic power distribution according to vehicle demand and connector availability.
• Suitable for highway charging hubs, logistics depots, bus parking, commercial fleets and heavy-duty vehicles.
• Supports scalable station layouts with multiple parking spaces.
• Can reduce duplication of high-power components compared with fully independent charger cabinets.
• Networked monitoring and intelligent charging management support high-utilization operation.

Technical Specifications

Automated Battery Swapping Solutions

World Prime Services battery swapping solutions are intended for high-utilization commercial mobility where minimizing vehicle downtime is critical. Automated swapping allows the vehicle battery pack to be exchanged rapidly while removed batteries are charged under controlled conditions.

• Automated battery swapping process with target cycle times below approximately 180 seconds depending on vehicle and station configuration.
• Centralized battery charging and management.
• Controlled charging environment supporting battery maintenance and thermal management.
• Unattended operation and cloud-based monitoring capability.
• Intelligent scheduling of battery charging according to grid loading and operational demand.
• Suitable for fleet operations requiring repeated daily energy replenishment and rapid turnaround.

Technical Specifications

Smart Charging, OCPP & Cloud Connectivity

Network-connected charging infrastructure can be integrated into centralized charging management systems for continuous data collection, equipment monitoring, user management, billing, alarms, preventive maintenance and operational analysis.

• OCPP 1.6J and OCPP 2.0 compatibility depending on charger and software configuration.
• Remote charger status monitoring and session management.
• Charging voltage, current, temperature and energy monitoring.
• Operator access, user authentication and configurable tariff management.
• Fault alarms and preventive maintenance workflows.
• Remote firmware and configuration updates where supported.
• Integration with commercial charging operators, fleet management systems and energy-management platforms.

Technical Specifications

Application Scenarios

The World Prime Services charging portfolio can be configured for different dwell times, vehicle classes, site capacities and operating profiles. Charger selection should be based on available electrical capacity, target vehicle battery voltage, expected daily energy throughput, simultaneous charging demand, connector standards and future expansion.

Selection Guide & Engineering Considerations

Product Selection Guide

Engineering Considerations

• Available utility service, transformer capacity and site maximum demand.
• Target vehicle voltage range, battery capacity and maximum charging acceptance rate.
• Expected number of charging sessions per day and required turnaround time.
• Number of simultaneous charging spaces and diversity factor.
• Required connector standards and regional vehicle compatibility.
• Cable length, cable management and accessibility requirements.
• Ambient temperature, altitude, rain, dust, corrosion and installation environment.
• Network connectivity, OCPP backend, payment, authentication and operator requirements.
• Load management, demand control, energy storage or renewable-energy integration where applicable.
• Civil works, electrical distribution, protection, grounding and future expansion provisions.